Explore research labs at leading universities worldwide — research fields and key papers at a glance.
Professor Kyung-soon Moon's research lab specializes in strongly correlated quantum systems, with a focus on low-dimensional electron systems, topological phases, and quantum transport phenomena. The lab investigates quantum phase transitions, vortex dynamics in superconductors, and the interplay between disorder and superfluidity using advanced numerical methods and quantum field theory. A central theme is the emergence of collective quantum behavior—such as spontaneous symmetry breaking, anyonic excitations, and Luttinger liquid physics—especially in fractional quantum Hall systems and ultracold quantum systems. The lab also explores quantum optics and circuit quantum electrodynamics, aiming to engineer and control quantum states in superconducting circuits and topological materials.
Professor In Ae Song's research lab focuses on clinical and translational studies in critical care medicine, oncology, and infectious diseases, with a strong emphasis on population-based cohort analyses. The lab investigates the impact of socioeconomic factors, chronic comorbidities, and perioperative anesthetic strategies on clinical outcomes in conditions such as COVID-19, non-small cell lung cancer, and sepsis. Key research directions include the role of socioeconomic status in infectious disease susceptibility, the influence of anesthetic techniques on cancer recurrence, and early nutritional support in septic patients. The lab leverages large national health databases to generate evidence for public health and clinical practice.
Professor Se Yoon Park's research lab focuses on infectious diseases, antimicrobial resistance, and clinical outcomes in hospitalized patients, with a strong emphasis on optimizing antibiotic use and improving patient management in critical care settings. The lab conducts multidisciplinary studies on antimicrobial stewardship, pathogen-specific risk factors (e.g., *Acinetobacter baumannii* bacteremia), and viral persistence (e.g., SARS-CoV-2 RNA shedding), contributing to evidence-based clinical decision-making. Their work integrates epidemiological, microbiological, and health services research to enhance patient outcomes and healthcare system efficiency in Korean and global contexts. The lab also investigates clinical prediction tools for early intervention in respiratory infections, including viral and bacterial co-infections.
Professor Yi Kyung-Woo's research lab specializes in sustainable metallurgy and molten salt electrochemistry, focusing on the development of green and efficient processes for the production of high-purity magnesium and iron metals from secondary and primary resources. The lab explores innovative electrolytic methods using molten salt systems—such as MgF₂–LiF and B₂O₃–Na₂O—to enable low-carbon metal extraction with high current efficiency and reduced environmental impact. Key research directions include the valorization of industrial by-products like slag and refractory waste, and the electrochemical reduction of oxides under optimized thermal and electrochemical conditions. The lab also investigates energy-efficient processes for carbon dioxide mitigation in ironmaking through molten oxide electrolysis.
Professor Ji Won Choi's research lab focuses on clinical and translational research in surgical recovery, perioperative medicine, and neurodegenerative disease mechanisms. The lab investigates enhanced recovery after surgery (ERAS) protocols, particularly the impact of early feeding and temperature management on postoperative outcomes in colorectal surgery. It also explores metabolic and lifestyle factors influencing midlife women’s health, including weight and waist circumference changes. Additionally, the lab is engaged in biochemical research on Alzheimer’s disease, developing reliable methods for synthesizing full-length amyloid-beta peptides to study their aggregation and neurotoxicity. These diverse yet interconnected areas reflect a strong emphasis on improving surgical outcomes and understanding age-related physiological and pathological processes.
Professor Yunmook Lim's research lab specializes in structural health monitoring, smart materials, and advanced composite materials, with a focus on developing innovative sensing and monitoring techniques for civil infrastructure. The lab investigates real-time structural response prediction using neural networks and LiDAR-based 3D scanning, aiming to enhance the safety and durability of bridges and other load-bearing structures. A key research direction involves the mechanical behavior of fiber-reinforced cementitious composites (FRCs) and strain-hardening cementitious composites (SHCC), particularly through controlled fiber distribution using 3D printing and advanced micromechanical modeling. The lab also explores dynamic response and failure mechanisms under impact and high-rate loading using lattice modeling and experimental validation.
Professor Hee-Jin Park's research spans medical imaging, musculoskeletal radiology, and organizational behavior in team dynamics. Her work focuses on improving diagnostic accuracy in musculoskeletal MRI, particularly in identifying incidental findings and characterizing soft tissue pathologies such as peroneal tendon disorders and angioleiomyomas. She also investigates clinical biomarkers like the delta neutrophil index to differentiate challenging inflammatory conditions such as adult-onset Still’s disease from sepsis. Additionally, her research extends into organizational psychology, exploring how transformational leadership influences team learning, memory, and innovation through psychological mechanisms like team efficacy and trust.
Professor Young Ho Kwak's research lab specializes in pediatric emergency medicine and disaster medicine, with a strong focus on improving clinical outcomes for children in acute care settings. The lab investigates nationwide patterns of pediatric emergency department utilization, fever-related concerns among caregivers, and the application of practical tools like the Broselow Tape in pediatric resuscitation. Additionally, the lab contributes to global health through disaster medical response research, as demonstrated by their fieldwork following the 2004 Indian Ocean tsunami. Their work bridges clinical practice, public health surveillance, and international emergency response.
Professor Yoon Jae Whang's research lab specializes in applied microeconomics, econometrics, and evidence-based policy analysis, with a strong focus on empirical industrial organization, demand system estimation, and the use of administrative data for policy evaluation. The lab conducts rigorous empirical analyses using panel data, time series, and survey data to examine market competition, consumer demand, income inequality, and corporate mergers. A central theme is the development and application of advanced econometric methods—such as conditional empirical likelihood and error correction models—to address causal inference and model comparison in complex economic settings.
Professor Je-Ho Mun's research lab specializes in dermatological diagnostics and therapeutics, with a strong focus on dermoscopy, nail disorders, and the clinical application of pharmacological agents in skin diseases. The lab investigates the dermoscopic features of pigmented and non-pigmented nail and skin lesions, aiming to improve early diagnosis of conditions such as subungual melanoma and melanoma of the skin. Additionally, the lab explores the repurposing of existing drugs—like simvastatin and oral zinc sulfate—for treating fibrotic and viral skin conditions, including keloids and viral warts.
Professor Dong-yun Lee's research lab specializes in reproductive endocrinology and women's health, with a focus on ovarian reserve assessment, menopausal hormone therapy, and the impact of genetic and hormonal factors on bone metabolism and metabolic health. The lab investigates biomarkers such as anti-Müllerian hormone (AMH) to evaluate ovarian function in conditions like endometriosis and BRCA-related fertility risks, while also exploring the effects of different hormone therapy regimens on metabolic and skeletal outcomes in postmenopausal women. Their work integrates clinical endocrinology with molecular genetics and metabolic disease research, particularly in Asian populations.
Professor Jiafu Su's research lab specializes in sustainable supply chain management, green innovation, and environmental governance, with a strong focus on integrating environmental objectives into enterprise decision-making and supply chain operations. The lab investigates knowledge diffusion in R&D networks, green closed-loop supply chains, and the behavioral drivers of pro-environmental actions using advanced modeling and empirical methods. Research directions include multi-objective optimization in green supply chains, internal control's role in environmental investment, and the application of fuzzy clustering and neural networks to support green product innovation. The lab emphasizes quantitative analysis, behavioral theory, and real-world applications to advance sustainable development.
Professor Il-Koo Yoon's research lab specializes in advanced optoelectronic devices and integrated circuit technologies, with a strong focus on photodiodes, embedded passive components in multichip modules, and process variability in nanoscale transistors. The lab conducts fundamental and applied research on device physics, circuit modeling, and high-frequency performance optimization using advanced simulation and measurement techniques such as impedance field methods and S-parameter characterization. Key research directions include the design and optimization of high-performance photodetectors, the development of accurate equivalent circuit models for embedded passive components using genetic algorithms and Levenberg-Marquardt methods, and the analysis of process-induced variability in 14 nm node junctionless FinFETs. The lab bridges the gap between device physics, circuit design, and system-level performance in next-generation semiconductor technologies.
Professor Jeong-yoon Choi's research lab specializes in clinical and neuro-otological investigations of central vestibular disorders, with a focus on positional nystagmus, vestibular system pathophysiology, and the diagnostic differentiation of central versus peripheral vertigo. The lab conducts clinical and observational studies to improve the understanding of stroke-related dizziness, particularly cardioembolic stroke, and explores biomarkers such as free fatty acids (FFA) for predicting stroke recurrence. Advanced diagnostic techniques, including quantitative head impulse testing and video-oculography, are employed to refine the detection of central vestibular lesions. The lab also evaluates the impact of medical therapies, such as statins, on long-term outcomes in stroke patients.
Professor Min-Jung Park's research lab specializes in consumer behavior, digital marketing, and fashion innovation, with a strong focus on leveraging data analytics and machine learning to understand consumer preferences and trends. The lab explores topics such as brand perception, sustainable consumption (e.g., apparel donation), mass customization, fake news detection, and real-time sentiment analysis in social media. A key strength lies in integrating qualitative insights with advanced text mining, semantic network analysis, and predictive modeling to drive consumer-driven design and marketing strategies. The lab’s interdisciplinary approach bridges behavioral science, digital technology, and fashion industry applications.
Professor Myung-Hee Lee's research spans biostatistics, high-dimensional data analysis, and health outcomes research, with a focus on improving statistical methodologies for complex biomedical data. Her lab specializes in developing advanced multivariate and classification techniques for high-dimensional, low-sample-size (HDLSS) data, particularly in genomics and clinical research. She also investigates the impact of chronic disease comorbidities on health-related quality of life, using large-scale national health surveys. Additionally, her work extends to clinical outcomes in neonatal care and adverse drug reactions, such as hyponatremia from bowel preparations.
Professor Yun Sil Lee's research lab focuses on cellular and molecular mechanisms underlying tissue development, regeneration, and stress responses, with a particular emphasis on mitochondrial dynamics in bone formation, epidermal differentiation, and the roles of growth factors like GDF11 and myostatin. The lab investigates how cellular organelles such as mitochondria are actively secreted to influence cell fate decisions and tissue homeostasis, and explores the impact of environmental exposures—such as radiofrequency and magnetic fields—on reproductive and metabolic functions. Additionally, the lab examines chemopreventive agents like biochanin A in cancer models, highlighting a translational interest in disease prevention and regenerative biology.
Professor Sung-Chul Yoo's research lab specializes in autonomous underwater vehicle (AUV) navigation, sensing, and control, with a strong focus on underwater robotics and intelligent perception systems. The lab develops advanced control strategies such as integral sliding mode control to ensure robust stability in the face of hydrodynamic uncertainties and oceanic disturbances. It also pioneers innovative sensing techniques—including vision-based navigation, acoustic camera (DIDSON) imaging, and multi-sonar fusion—for reliable underwater object recognition, 3D reconstruction, and environment mapping. The lab emphasizes real-world applicability through field experiments and simulation-driven validation of autonomous systems in complex underwater environments.
Professor Kwon Soon-hyo's research lab specializes in dermatological disorders with a focus on melasma, photodynamic therapy, and laser-based skin treatments. The lab investigates the histopathological mechanisms of melasma, emphasizing its role as a photoaging disorder involving extracellular matrix changes, vascularization, and immune cell infiltration. It also explores innovative therapeutic approaches, including novel photosensitizers like indole-3-acetic acid (IAA) for acne and seborrheic dermatitis, and advanced laser technologies such as pulsed erbium:YAG and long-pulse pulsed dye lasers for scar and hemangioma management. The lab integrates clinical dermatology with translational research to develop safe and effective topical and light-based therapies.
Professor Junghee Yoon's research lab specializes in veterinary and translational medical imaging, with a focus on advanced cross-sectional imaging techniques such as computed tomography (CT), magnetic resonance imaging (MRI), and ultrasound in small animals. The lab investigates the diagnostic accuracy and clinical applications of imaging modalities—including shear wave elastography, magnetic resonance elastography, and CT lymphography—for detecting and characterizing abdominal and thoracic neoplasms, liver fibrosis, and lymphatic system disorders in dogs and cats. A key research direction involves correlating imaging findings with histopathological and clinical outcomes to improve early diagnosis and treatment planning in oncology and hepatobiliary diseases.
